US1827781A

US1827781A - Motor vehicle radiator

Info

Publication number: US1827781A
Application number: US228370A
Authority: US
Inventors: Harold D Church
Original assignee: White Motor Co
Current assignee: White Motor Co
Priority date: 1927-10-24
Filing date: 1927-10-24
Publication date: 1931-10-20
Anticipated expiration: 1948-10-20

Description

Oct. 20, 1931. H. D. CHURCH MOTOR VEHICLE RADIATOR Filed Oct. 24, 1927 INVENTOR HAwoL D. CHURCH.

is 5 the radiator shell and core.

-- 23 vention.

-4 removed, and v Patented @ct. 2Q, 1931 stair HABOLD D. CHURCH, OF CLEVELAND HEIGHTS,OHIO,- ASSIGNOB TO THE WHITE MOTOR COMPANY, OEOLEVELAND, OHIO, A CORPORATION OF OHIO moron vnrrronn RADIATOR llpplicatieirfiled October 24, 1927. seri l No. eaasvo.

This invention relates "to radiators for automotive'vehicles, and more particularly to improvementsin the construction and or.- ganization 'ofthe elements provided to unite I One object of this invention is-to construct radiator shell having a clamping member which is adaptedto accommodate the ready insertion or removal of a radiating element,

-' and also capable of efiecting the rigid 's'ecurement of the radiator core within the shell. 7 v

Another object of theinvention is to provide a radiator core tank having a filler neck integrally formed therewith and so constructed as to provide a support for the radiating 'element within the shell; i I

' Other objects willhereinafter appear.

The invention itself will be more' readily so understood'from thedescription of one practical embodiment thereof, illustrated the accompanying drawingsin which: a

v Figure 1 is. a front elevation of a radiator embracing the different features of the in- "Figure 2 is a diagrammatic view showing the relativeposition of the parts at an inter.-' mediate stage 1n the placement or displacement of the core relative to its position with- :-=.a in the radiator cas1ng.i

Figure 3 is an enlarged fragmentary transverse sectiontaken through the center of the radiator. I i

7 a Figure 4 is a detailed'view in section show- 115 ing the construction of the lower portlon of the radiator and core,'the section being taken on the line 4-4 in Figure 1. 5

Figure 5 is an enlarged fragmentary plan view or the radiator with the radiator cap Figuredis a sectiontakenon line of Figure 4. I a I Referring to the drawings in which like parts are designated by like reference characters, the radiator casing,'or shell lis generally rectangular in outline and is formed with an open front face-having peripheral rearwardly extending

flange walls

2, 3, 4, and

5 encasing the radiator core 6. Theupper flange wall is arched and has formed therein 50 at the apex'of the arch a circular aperture surrounded by an upward extendingellip-;v tical boss 8. The side flange walls?) andfl 3 carry laterally extending supporting lugs 9 and 10, and the base flanges is formed with a pair of depending slotted bosses 11- and: 12 provided with arched reinforcing flanges 1 3 and 14: bridging the'islotted portions of the bosses.v v s V g a i The radlatmg sectlon, or core 6, comprisesupper and

lowertank portions

15, and 16 and intercommunicating cellular, portion, 17.

The upper tank 15 isfpreferablyconstructed of a unitary casting which is provided with I an integrally formed neck 18 reinforced with radially extending flanges 19 disposed within therinner periphery of the neck parallel with the medial axis thereof, A strip 20 is secured tothe bottom surface of the lower tank16, in any suitable manner, such as'by soldering the contiguous surfaces of the strip 20' and the bottom wall: of the tank 16 together. Prior to the attachment of the strip 20, two apertures 21 adapted to register with the slots in the said strip forreception of bolts 23.

The apertures are'countersunk in their upper portions so that the bolt head 24 is held bee tween such countersunk portions and the lower surface of'bottom wall the tanklti.

22in the

bosses

11 and 12, are formed 7 When the core'i s in its secured position Y within the casing, the parts take the position illustrated in igures 4' and 6 wherein the stems of the bolts '23 extend through the slots 22 in the bossesll and 12, which depend from the lower flange wall 5 of the casing. The stemsof the bolts carry ontheir lower ends 7 clampingnuts and a' pair of Washers 26 and 27. The

bosses

11 and 12 are provided with countersunk pilot seats 28, upon which Y so shocks. The top of the radiator core is seof the core is gradually elevated and moved forwardly into the casing until the shanks of bolts'23, which enter the slots 22, are aligned with the axes of the counterbored pilot seats 28. The

arched flanges

13 and 14 have their lowermost portions sufliciently depressed from the plane of the flange 5 toclear the ends of the bolts 23"during "insertion of the core. When the bolts 23 have been aligned with the axes of the counterbored pilot seats, the/core is in its ultimate position with the neck 18 projecting completely through the aperture 7 The washers 27 are then guided into their countersunk seats .28, and the clamping nuts ij 130 1- amping position. A fabric *strip20a interposed between the strip 20 and the flange wall 5 cushions the radiator core against the deleteriousefl'ects of jars and cured in position by a split clamping member 29 comprising a cylindrical portion 30, and a flange portion 31 extending laterally outward from the baseof said cylinder portion, the outer periphery of which conforms tothat of the boss .The upper portion of the neck 18 is of smallerexterior diameter than lower portion, and is surrounded by a removable split-ring bushing 32 supported by a shoulder 33 formed at the junction of the sections. The clamp 29 is placed over the neck 18 and the bushing 32, after which. it is contracted by means of a bolt 34 which passes through lugs 35 extending outwardly from the cylindrical portion I 30 on opposite sides of the slit 36. Contraction of the clamp 29 causes a like contraction of the split bushing,32, and securely clamps the neck, bushing and clamp together.

Threaded studs 37 extending through apertures formed in the flange 31, and screw threaded into apertures formed in the boss 8, secure the clamp 29 to the casin 1.

The apertures formed in the flange 31 are preferably made large enough to permit contraction and expansion of the clamp 29 with studs 37 in place. A radiator cap 38 is provided to close the filling aperture in the neck 18, and is preferably, as illustrated, screw threaded into the internally threaded upper portion'of the neck.

It will be obvious that various changes may bemade in the, details of construction of the venous parts described herein and in their manner of arrangement without departing from the spirit of the invention, and it will be understood that the invention is not limited to the precise construction and arrangement shown and described. 7

I claim asmy invention,-

V 1. In a radiatorassembly, the combination of a casing, a core disposed within said casin provided with a filling neck reinforced with radially extending flanges disposed on the inner periphery'thereof, means for attaching said neck to said casing, and means forattaching said core at other points to said casing.

2. In a radiator assembly," the combination 7 of a casing, -a core disposed within said casing and provided with a filling neck reinforced with radially extending flanges disposed onthe inner periphery thereof, and a clamping member clamped to said neck and secured to said casing-f f 3. Ina radiator assembly, the combination of a casing, a core disposed within said casing andprovided with a filling neck, a split bushing surrounding said neck, a clampin member encircling both said bushin i an said neck securing the bushing, necr and V clamping member together, andmeans for securing said clamping'member to saidcasmg 7 V V V 4. In a radiator assembly, thecombination of a casing, a core disposed within said casing and, provided with a filling neck reinforced with integrally formed flanges, a split bushing surrounding said neck, a clamping member encircling both said bushing and said neck securing the bushing, neck and clamping member together, and means for securing said clamping member to said casing.

5. In a radiatorassembly, the combination of a casing, acore disposed within said casing-and provided with a .fllling neck reinforced with radially disposed flanges formed on the inner periphery thereof, a split bushing surrounding said neck, a clamping'member encircling both said bushing and said neck securing the bushing, neck and clamping. member together, and means for, securing said clamping member to said casing.

6. In a radiator assembly,the combination of a casing, a removable core disposed within said casing and provided with a filling neck reinforced with longitudinally extending flanges, means forattachingsaid neck to said casing, and means spaced from said neck for ing said member to said neck, means for detaohably securing said member to said. casng, and means spaced from said neck for detachably securing said core to said casing.

8. In a radiator assembly, the combination of a casing, a removable core disposed Within said casing and provided with a filling neck, a clamping member encircling said neck, means for clamping said member upon said neck, means for detachably securing said member to said casing, and means spaced from said neck for securing said core to said casing. i

In testimony whereof I hereunto .aflix my signature this 21st day of October, 1927.

HAROLD D. CHURCH.